endo-BCN-PEG8-PFP ester

Permagen’s 0.2 mL PCR / 1.5 mL Microcentrifuge tube separation rack is designed for labs with both PCR strip and 1.5 mL separation protocols. On the top, hold up to two of either 8 or 12 strips, or up to 24 individual tubes. Flip over and hold up to twelve 1.5 mL Microcentrifuge Tubes

Features include solid aluminum alloy design with hard coat finish for years of trouble-free use, rubber feet on both sides to help prevent slipping on work bench, less tippy than common plastic products, and fast separations using any magnetic beads

SKU #

MSR1224B

Features

• Aluminum alloy design for years of trouble-free use
• Fast magnetic bead separations
• Held to tighter tolerances for more consistent results
• Pulls beads to side of wells for easy tip tracking down opposite side
• Rubber feet to help prevent slippage
• Stable design
• Angled tube holes which allow the tubes to come close to magnets

Compatibility

• Most 1.5 mL Microcentrifuge tubes
• Some 2.0 mL Microcentrifuge tubes
• 8-strip PCR tubes
• 12-strip PCR tubes
• Individual PCR tubes 
• Any Magnetic Beads

Volumes

Minimum Volume 0.2 mL PCR Tube – 10 µL

Maximum Volume 0.2 mL PCR Tube – 0.2 mL

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Minimum Volume 1.5 mL Microcentrifuge Tube – .5 mL

Maximum Volume 1.5 mL Microcentrifuge Tube – 1.5 mL

Permagen’s 0.2 mL PCR / 1.5 mL Microcentrifuge tube separation rack is designed for labs with both PCR strip and 1.5 mL separation protocols. On the top, hold up to two of either 8 or 12 strips, or up to 24 individual tubes. Flip over and hold up to twelve 1.5 mL Microcentrifuge Tubes

Description 

The ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) is a ready-to-use reagent with all the essential components for quantitative real-time PCR (qPCR) except primers and templates. The master mix contains a highly stable hot-start Taq polymerase in an optimized buffer with dsDNA specific SYBR green fluorescent dye. Consequently, the ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) features high stability during storage, even at 37°C for weeks. In addition to high sensitivity and signal intensity, the ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) performs a low background/ high specificity qPCR results, as well as a better compatibility with fast PCR program. 

With inert smart blue contrast dye, the ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) is ready-to-use and greatly reduces pipetting errors, while largely improving the reproducibility of the process. The ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) is also compatible with ROX reference dye if ROX is recommended by the manufacturer of the qPCR system. This master mix allows sensitive, precise amplification, real-time tracking of the amplification process, and simultaneous quantification for targeted DNA molecules.

Features

• High Stability
• Fast Hot Start
• High Sensitivity
• Low Background
• Suitable for Fast Program 
• Smart Blue Contrast Dye 

Storage

Protect from light.
Aliquot to avoid multiple freeze-thaw cycles. 
-20°C for 12 months

The ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) is a ready-to-use reagent with all the essential components for quantitative real-time PCR (qPCR) except primers and templates. The master mix contains a highly stable hot-start Taq polymerase in an optimized buffer with dsDNA specific SYBR green fluorescent dye. Consequently, the ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) features high stability during storage, even at 37°C for weeks. In addition to high sensitivity and signal intensity, the ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) performs a low background/ high specificity qPCR results, as well as a better compatibility with fast PCR program.

With inert smart blue contrast dye, the ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) is ready-to-use and greatly reduces pipetting errors, while largely improving the reproducibility of the process. The ExcelTaq™ 2X Fast Q-PCR Master Mix (SYBR, no ROX) is also compatible with ROX reference dye if ROX is recommended by the manufacturer of the qPCR system. This master mix allows sensitive, precise amplification, real-time tracking of the amplification process, and simultaneous quantification for targeted DNA molecules.